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Guiting Lin has conducted the research works to explore the effect of BDNF on the regeneration of nitric oxide synthesis (NOS) penile nerves and the neurons in the pelvic ganglia after the cavernous nerve transection in rats. The results show that the BDNF significantly enhanced the regeneration of NOS-containing fibers in the dorsal and intracavernosal nerves. It has also been found that BDNF promotes penile nerve regeneration through STAT, MAPK and PKC cellular signaling pathways in the ganglion. Meanwhile, Dr. Lin has applied the rat oligo microarray to screen differential gene related to incontinence in a rat model and the Molecular Mechanism of Female Stress Urinary Incontinence. Recently, Guiting Lin has focused on the adipose derived stem cells (ADSCs) and the application. The rat adipose stem cells (RADCs) have been studied and applied to treat stress incontinence and erectile dysfunction in rat models. The primary data is encouraging; the RADC can differentiate to smooth muscle cell, urothelium, and neuron in vivo. Also, the condition of incontinence and erectile dysfunction has been improved by the RADCs. Recently, Dr. Lin conducted researches about the activation of endogenous stem cells with Low-intensity Extracorporeal Shock Wave.
Guiting Lin has conducted the research works to explore the effect of BDNF on the regeneration of nitric oxide synthesis (NOS) penile nerves and the neurons in the pelvic ganglia after the cavernous nerve transection in rats. The results show that the BDNF significantly enhanced the regeneration of NOS-containing fibers in the dorsal and intracavernosal nerves. It has also been found that BDNF promotes penile nerve regeneration through STAT, MAPK and PKC cellular signaling pathways in the ganglion. Meanwhile, Dr. Lin has applied the rat oligo microarray to screen differential gene related to incontinence in a rat model and the Molecular Mechanism of Female Stress Urinary Incontinence. Recently, Guiting Lin has focused on the adipose derived stem cells (ADSCs) and the application. The rat adipose stem cells (RADCs) have been studied and applied to treat stress incontinence and erectile dysfunction in rat models. The primary data is encouraging; the RADC can differentiate to smooth muscle cell, urothelium, and neuron in vivo. Also, the condition of incontinence and erectile dysfunction has been improved by the RADCs. Recently, Dr. Lin conducted researches about the activation of endogenous stem cells with Low-intensity Extracorporeal Shock Wave.
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European Urology (2024): S1490
Liangyu Zhao, Emily Xing, Tian Bai, Thomas Cao,Guifang Wang,Lia Banie,Guiting Lin,Yuxin Tang,Tom Lue
Research square (2024)
Frontiers in endocrinology (2024): 1442803-1442803
Lin Yang,Guoxiong Liu, Dongliang Jiang,Guiting Lin,Hengtong Fan,Zejun Ren,Bing Yang, Lijun Mu,Tom F. Lue,Dalin He
The Journal of Urologyno. Supplement 4 (2023)
American journal of clinical and experimental urologyno. 6 (2023): 559-577
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TRANSLATIONAL ANDROLOGY AND UROLOGY (2023)
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Journal of Urologyno. 4 (2023): 363-372
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#Papers: 289
#Citation: 8977
H-Index: 52
G-Index: 86
Sociability: 6
Diversity: 0
Activity: 2
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